Awareness of Electronics A must for the new generation

Similar documents
Nixie Clock Type Quattro'

Documentation VFD clock 8 a clock

Nixie Clock Type Frank 2 Z570M

Bill of Materials: Super Simple Water Level Control PART NO

ELECTRONICS TECHNOLOGY CLASS XII ELECTIVE OPERATION AND MAINTENANCE OF COMMUNICATION DEVICES (789) THEORY

DIY KIT MHZ 8-DIGIT FREQUENCY METER

While the parts are already inventoried at the factory, please verify the inventory check as you go:

Build Your Own Clone Relay Bypass Board Instructions

8 PIN PIC PROGRAMMABLE BOARD (DEVELOPMENT BOARD & PROJECT BOARD)

Nixie Clock Type Frank 3

3B SCIENTIFIC PHYSICS

Contactors and Contactor Assemblies

Introduction 1. Green status LED, controlled by output signal ST

Laboratory 8. Digital Circuits - Counter and LED Display

This Unit may form part of a National Qualification Group Award or may be offered on a free standing basis.

Embedded System Training Module ABLab Solutions

Introduction 1. Digital inputs D6 and D7. Battery connects here (red wire to +V, black wire to 0V )

Published in A R DIGITECH

LAB NAME: ELECTRONICS LABORATORY. Ammeters (0-1mA, 0-10mA, 0-15mA, 0-30mA, 0-50mA, 0-100mA,0-50µA,0-

H2633IP-1 RELAY CARD K2633

2. Depletion MOSFET (DE-MOSFET).

GUIDE TO ASSEMBLY OF ERICA SYNTHS DELAY MODULE

Assembly Instructions And User Guide. Nixie FunKlock. FunKlock Issue 4 (1 February 2017)

Device for a inserting text into a video-signal

SHUTTLE WITH INFRA-RED DETECTION SAS2-IR

Dear Friends of Slot Tech Magazine,

SN-Class Nixie Clock Kits

relays Electromechanical 2006 /2007

CATHODE RAY OSCILLOSCOPE (CRO)

NewScope-7A Operating Manual

Nixie Clock Kit V1.08 Assembly and Operation

VU Meter Buffer DIY Kit

Nixie Tube Clock Type Marsden

Introduction 1. Green status LED, controlled by output signal ST. Sounder, controlled by output signal Q6. Push switch on input D6

Reaction Game Kit MitchElectronics 2019

Assembly Instructions And User Guide. Elite Nixie. Nixie Tube Clock Elite Issue 2 (07 June 2018)

A Real Time Hi Speed Tracker for Chain Snatcher

Total solder points: 123 Difficulty level: beginner 1. advanced AUDIO ANALYZER K8098. audio gea Give your. . high-tech ILLUSTRATED ASSEMBLY MANUAL

LED Backlight for Technics amplifiers

Dear Friends of Slot Tech Magazine,

Integration of Virtual Instrumentation into a Compressed Electricity and Electronic Curriculum

Trusted 40 Channel Analogue Input FTA

VU-1 VU Meter Kit Volume Unit Meter

Nixie Clock Type IN-8 & NL840 Nixie'

Light Emitting Diodes (LEDs)

LABORATORY # 1 LAB MANUAL. Digital Signals

Power wasted without doing anything useful

Multi-Key v2.4 Multi-Function Amplifier Keying Interface

31 Changi South Ave 2, #02-01, Presscrete Building, Singapore Tel: (65) , Fax (65) ,

University of Illinois at Urbana-Champaign

PHILIPS Anubis A(AC) Chassis

Azatrax Model Railroad Track Signal Control - Single Track

Senior Design Project: Blind Transmitter

Nixie Clock Type Frank 3'

7 SEGMENT LED DISPLAY KIT

Application Note [AN-007] LCD Backlighting Technologies and Configurations

The Micropython Microcontroller

ISO 9001: Reverent Products are Designed, Developed and Manufactured in India by meeting International Quality Standard

Category Index. Category Page# Category Page# Category Page# Audio Audio XLR Connecter

Modellbahn Digital Peter Stärz

CATHODE RAY OSCILLOSCOPE. Basic block diagrams Principle of operation Measurement of voltage, current and frequency

Total solder points: 117 Difficulty level: beginner advanced. RGB Controller K8088 ILLUSTRATED ASSEMBLY MANUAL

BLOCK DIAGRAM. Brightness Control -120V. Vertical Blanking, FBT 30V 15V. Protection TDA8172 ( IC601) Circuit -12V 12V. H/V Sync Processor

IP Roombox. Hotel Room Management

MONO AMPLIFIER KIT ESSENTIAL INFORMATION. Version 2.2 CREATE YOUR OWN SPEAKER DOCK WITH THIS

Original BMW Accessory. Installation Instructions.

EPROM pattern generator with "Genlock"

ADD AN AUDIO MESSAGE TO YOUR PRODUCT WITH THIS RECORD & PLAYBACK KIT

LX600 LCD TV Technical Information

Lab #6: Combinational Circuits Design

GEKCO SUBCARRIER REFERENCE OSCILLATOR MODEL SRO10 OPERATION/SERVICE MANUAL

[2 credit course- 3 hours per week]

Nixie Clock Type SixNix

Light Emitting Diodes and Digital Circuits I

Spring 2011 Microprocessors B Course Project (30% of your course Grade)

Electronic MICROSTAT-T Temperature controller with digital indication for use with resistance thermometers and thermocouples Series 8650

Process Transmitter RMA 422

Industrial Monitor Update Kit

ECE Design Team 3 Madi Kassymbekov How to use MSP 430 Peripheral Sensors and use of LEDs as sensors

Timer Modules. MEU11 24 Hour Module, MEU17 7 Day Module (Without Housing)

Build A Video Switcher

Lab 7: Soldering - Traffic Light Controller ReadMeFirst

The BBC micro:bit: What is it designed to do?

Laboratory 11. Required Components: Objectives. Introduction. Digital Displays and Logic (modified from lab text by Alciatore)

ICT goods categories and composition (HS 2012)

MANAGING POWER SYSTEM FAULTS. Xianyong Feng, PhD Center for Electromechanics The University of Texas at Austin November 14, 2017

ANALOGUE AND DIGITAL ELECTRONICS STUDENT S WORKBOOK U1: INTRODUCTION

DSM Series Ultra Thin Surface Mount Single Digit 7-Segment LED Display

Cryoelectronics. MS-FLL User s Manual. Mr. SQUID Flux-Locked Loop. STAR Cryoelectronics 25 Bisbee Court, Suite A Santa Fe, NM U. S. A.

ASSEMBLING. the. ECEbot. Printed Circuit Board: Part Three. Due Date. The Part Three assembly steps must be completed prior to:

Tube Cricket Build Guide

Image Processing Using MATLAB (Summer Training Program) 6 Weeks/ 45 Days PRESENTED BY

Fixed Audio Output for the K2 Don Wilhelm (W3FPR) & Tom Hammond (NØSS) v August 2009

Welcome to Electrical and Electronic Engineering UCD. Electronic/Computer Engineering (ECE)

GA A26497 SOLID-STATE HIGH-VOLTAGE CROWBAR UTILIZING SERIES-CONNECTED THYRISTORS

DSM Series Ultra Thin Surface Mount Single Digit 7-Segment LED Display

DATA SHEET. DC In/AC Out, Externally Communicated System. High AC voltage generator of cold cathode fluorescent lamp for LCD

UNIT V 8051 Microcontroller based Systems Design

Good Display Specifications

Data Sheet. Electronic displays

Transcription:

Awareness of Electronics A must for the new generation In the present day to day life, we can not avoid the use of electronic equipments and appliances. Hence an awareness is required for the new generation regarding basics of electronics and its applications, for example, use of Electronic Voting Machine(EVM). The following criterion makes it more clear. 1. Helps to know the do s and don t do s. 2. Avoids unnecessary fear. 3. Creates skill in small repairs. 4. Ideas for using the best method. 5. Time and money can be saved if there is awareness. 6. Makes us more self reliant without depending on others for simple errors. 7. Skill in replacement of fuse, plugs, sockets and so on. 8. Ideas for including electronics in the exhibition models.

SYLLABUS APPLICATION OF ELECTRONICS SOFT SKILL PAPER FOR BSc (TO BE TAUGHT BY ELECTRONICS TEACHERS ONLY) CODE: ES. 1 THEORY: 2 Hrs/Week PRACTICALS : 4 Hrs/Week UNIT 1: BASIC ELECTRONICS 14 Hrs Introduction to circuit components- Resistors, capacitors, inductor, transformer, diode and transistor. LED and LCD display, relay, fuse, switches, wires. AC and DC applications. Inverter and UPS. Introduction to IC technology, Mobile technology, GPS. UNIT 2: APPLIED ELECTRONICS 14 Hrs Electronic instruments: DMM, CRO, Biomedical instruments-ecg, EEG, EMG, ph meter, X-ray, sphygmomanometer, Glucometer, Digital thermometer. Sensor-OMR, MICR, Scanner, Barcode reader. Modem, EDUSAT, E-waste management, PCB. Reference Books: 1. Basic Electronics-Solid State B L Theraja - S Chand And Company Ltd 2. Electronic Devices And Circuit Theory Robert L Boylestad And Louis Nashelsky ( PHI) PRACTICALS 1. Identification of circuit components. 2. Use of general tool in lab. 3. Safety measures in the lab. 4. Practice of soldering and de-soldering the circuits. 5. Use of DMM in measurement of V,I and R. 6. Construction of switch boards and extension boards. 7. Different types of IC and their pin configurations. 8. Study of wiring of two way switch. 9. Construction of regulated power supply. 10. Construction of emergency light.

11. Servicing mixer, grinder,... 12. Servicing of mobile. 13. Awareness about electronic voting machine (EVM). 14. Study of adopter and charger. * * * APPLICATION OF ELECTRONICS QUESTION PAPER PATTERN - MARKS DISTRIBUTION Total marks = Theory paper marks + IA marks 100 = 80 + 20 1. IA -20 marks (i) Test = 10 marks (ii) Practical Assignment = 10 marks 2. Theory paper- 80 marks 1. 2 marks - 5 multiple choice questions- 2X5 = 10 marks. 2. 3 marks - 12 questions- total 10 to be answered 3X10 = 30 marks. 3. 5 marks -6 questions- total 4 to be answered. 5X4 = 20 marks. 4. 10 marks -3 questions- total 2 to be answered. 10X2 = 20 marks. * * *

SYLLABUS FUNDAMENTALS OF ELECTRONICS SOFT-SKILL PAPER FOR B.Sc (Including Electronics students) (TO BE TAUGHT BY ELECTRONICS TEACHERS ONLY) CODE: ES. 2 THEORY: 2 Hrs/Week PRACTICALS : 4 Hrs/Week UNIT 1: INTRODUCTION TO ELECTRONICS 14 Hrs Electronic components- Resistors, capacitors, inductor, transformer, diode, transistor. Mechanical components - Relay, Fuse, Switches, Wires. LED and LCD displays, AC and DC applications. Adopter and SMPS. Inverter and UPS. OFC applications and advantages, IC 555 applications, Generations of modern technology. UNIT 2: ADVANCE ELECTRONICS 14 Hrs Measuring instruments: DMM, CRO, Biomedical instruments - ECG, EEG, EMG, ph meter, X-ray, sphygmomanometer, Glucometer, Digital thermometer. Sensors - OMR, MICR. Scanners - Barcode reader and Biometric scanner. Embedded system Smart card, SIM card, CCTV camera,,atm, Electronic voting Machine (EVM), E-waste management, Study of PCB making. Reference Books: 1. Basic Electronics-Solid State B L Theraja - S Chand And Company Ltd 2. Electronic Devices And Circuit Theory Robert L Boylestad And Louis Nashelsky ( PHI) PRACTICALS 1. Identification of circuit components. 2. Use of general tool in lab. 3. Safety measures in the lab. 4. Practice of soldering and de-soldering the circuits. 5. Use of DMM in measurement of V,I and R. 6. Construction of switch boards and extension board. 7. LED flash using IC 555 timer 8. Study of wiring of two way switch. 9. Construction of regulated power supply.

10. Comparisons of energy consumption using bulbs. 11. Servicing mixer, grinder,... 12. Servicing of mobile. 13. Study of electronic voting machine. 14. Construction of adopter and charger. * * * FUNDAMENTALS OF ELECTRONICS QUESTION PAPER PATTERN - MARKS DISTRIBUTION Total marks = Theory paper marks + IA marks 100 = 80 + 20 1. IA -20 marks (i) Test = 10 marks (ii) Practical Assignment = 10 marks 2. Theory paper- 80 marks 1. 2 marks - 5 multiple choice questions- 2X5 = 10 marks. 2. 3 marks- 12 questions- total 10 to be answered 3X10 = 30marks. 3. 5 marks -6 questions- total 4 to be answered. 5X4 = 20 marks. 4. 10 marks -3 questions- total 2 to be answered. 10X2 = 20 marks.

* * *

Model Question Paper APPLICATION OF ELECTRONICS SOFT SKILL PAPER FOR BSc Code: ES. 1 TIME: 3 HOURS MAX.MARKS :80 marks A. Answer all the questions. 5X2=10 marks 1. Expand OMR (a) Optical Mark Recognition (b) Optical Mark Reader (c ) Object Marking Ray (d) Optical Made Record 2. What is.ecg (a) Electron Common Gram (b) Electro cardiogram (c ) Electro Cathode Gama (d) Electro cardiology 3. LED is the abbreviation for (a) Lighting Earth Device (b) Light Emerging Device (c ) Light Emitting Diode (d) Light Emitted Detector 4. The expanded form of IC is (a) Integrated Circuit (b) International Conference (c ) Integrated company (d) Integrated Course 5. CRO means (a) Contract Research Organization (b) Cathode Ray Oscilloscope (c ) Common Ray Optic (d)cathode Ray Organization. B. Answer any TEN of the following. 10X3=30 marks 6. Mention the types of resistor. 7. What is a fuse? Write symbol and use 8. What are the uses of LED. 9. Mention the advantages of GPS. 10. Differentiate between AC and DC. 11. Mention different types of switches. 12. What are the uses of CRO. 13. Mention any three biomedical measuring instruments. 14. Write a note on E-waste management. 15. What is MODEM? 16. What are the uses of Bar code reader? 17. Write a note on EDUSAT C. Answer any Four of the following. 4X5=20 marks

18. What is a transformer? Mention its types with symbol. 19. Write a note on types of wires. 20. Write a note IC technology. 21. Write a note on uses of PCB. 22. Write a note on scanners. 23. Mention the application of DMM. D. Answer any TWO of the following. 2X10=20 marks (Practical Lab related questions) 24. Explain soldiering methodology. 25. What are the safety precautions to be followed in the electronics laboratory. 26. Explain the block diagram of EVM. -------------------------------------------

Model Question Paper Code: ES. 2 TIME: 3 HOURS FUNDAMENTALS OF ELECTRONICS SUBSIDIARY PAPER FOR B.Sc. and B.A. (Including Electronics students) MAX.MARKS :80 marks A. Answer all the questions. 5X2=10 marks 1. OMR stands for (a) Optical Mark Recognition (b) Optical Mark Reader (c ) Object Marking Ray (d) Optical Made Record 2..Write the expanded form of SIM (a) Smart Identity mode (b) Subscriber Identity Module (c ) Subscriber image Mode (d) Smart Image Module 3. GPS means (a) Global Positioning System (b) Global Point System (c ) Global Picture Screen (d) Gravity Position System 4. Expand.ATM (a) Automated Time Machine (b) All time money (c ) Automobile Time Machine (d) Automated Teller Machine 5. CRO is the abbreviation for (a) Contract Research Organization (b) Cathode Ray Oscilloscope (c ) Common Ray Optic (d) Cathode Ray Organization. B. Answer any ten of the following. 10X3=30 marks 6. Mention the types of capacitor. 7. Write a note on relay. 8. Compare LED and LCD. 9. Mention the advantages of OFC. 10. What is a transformer? Write its symbol 11. Write a note on SMPS. 12. What are the uses of DMM. 13. Mention any three biomedical measuring instruments. 14. Write a note on embedded system. 15. Write a note on E-waste management. 16. Write a note on MICR. 17. List the advantages of CCTV cameras.

C. Answer any Four of the following. 4X5=20 marks 18. Write a note on types of wires. 19. Write a note on generation on modern technology. 20. Write a note on MCB and Fuse. 21. What are the applications of CRO. 22. Write a note on SIM card. 23. Write a note on scanners. D. Answer any TWO of the following. 2X10=20 marks (Practical Lab related questions) 24. Explain soldiering methodology. 25. Explain how 2-way switch is constructed. 26. Explain the block diagram of EVM. ----------------------------------------------------------------

Estimation of Budget for Practical Lab Establishment Lab Equipment Amount ( ) (1) Electronic Components -Resistor, Capacitor. 500=00 (2) CRO and DMM. 20,000=00 (3) Soldering gun and accessories. 1,000=00 (4) Switch Board Components. 1,000=00 (5) IC s and Trans forms. 2,000=00 (6) Mixer or grinder-------- 2,000=00 (7) Tube light wiring set. 1,000=00 (8) EVM( electronic voting machine assemble kit) 5,000=00 (9) Different types of bulb. 1,000=00 (10) Tool kit. 5,000=00 (11) DC power supply. 6,000=00 (12) Accessories. 5,000=00 (13) Miscellaneous. 500=00 Total 50,000 =00 -----------------------------------------------------------------

B.Sc., Degree with the following Combination 1 BBM Biochemistry / Botany / Microbiology 2 BBZ Biochemistry / Botany / Zoology 3 BZF Biochemistry / Zoology / Food Science & Nutrition 4 BMBT Biochemistry / Microbiology / Biotechnology 5 CSBT Chemistry / Sericulture / Biotechnology 6 CZBT Chemistry / Zoology / Biotechnology 7 CBBT Chemisty / Botony / Biotechnology 8 CBtEn Chemisty / Biotechnology / Environment Science 9 CBEr Chemistry / Botany / Earth Science & Resource Management 10 CBF Chemistry / Botany / Food Science & Nutrition 11 CBM Chemistry / Botany / Microbiology 12 CBZ Chemistry / Botany / Zoology 13 CZM Chemistry / Zoology / Microbiology 14 CZS Chemistry / Zoology / Sericulture 15 MCSEr Mathematics / Computer Science / Earth Science & Resource Management 16 MSCS Mathematics / Statistics / Computer Science 17 PCM Physics / Chemistry / Mathematics 18 PEM Physics / Electronics / Mathematics 19 PMCS Physics / Mathematics / Computer Science 20 PMEr Physics / Mathematics / Earth Science & Resource Management 21 PMS Physics / Mathematics / Statistics 22 ZBEr Zoology / Botany / Earth Science & Resource Management 23 CErEn Chemistry / Earth Science & Resource Management / Environment Science

THANK YOU